Technical Document
Specifications
Brand
TDKInductance
19 μH
Maximum DC Resistance
700mΩ
Length
40mm
Depth
44mm
Height
0.62mm
Dimensions
40 x 44 x 0.62mm
Maximum Self Resonant Frequency
100kHz
Lead Pitch
3.5mm
Series
Rx
Country of Origin
Taiwan, Province Of China
Product details
TDK Wireless Charging coil - Rx Series
Current charging technologies make it impossible to charge devices of different brands from a single energy source. This technology is aimed at the wireless charging of mobile electronic devices such as mobile telephones or mobile cameras.
Charging through wired power chargers is replaced simply by placing the device onto the charging surface on a multi-use charging station, where the device on the charging surface is charged through magnetic induction. The interface guarantees the compatibility of the devices so that every device, independent of manufacturer or brand, can be charged on the charging surface.
The transmit and receive coils are inductively coupled, meaning the AC current in the transmit coil generates a magnetic field which induces a voltage in the receive coil to power a device. The magnetic field between the coils is highly concentrated, exposing the user to only a small leakage field which is further minimized by an EMI shield on the back of the coil.
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P.O.A.
Standard
1
RS Components & Controls (I) Ltd
Distribution hub - B-89, Sector 67, Noida, Gautam Budh Nagar, (Uttar Pradesh), 201 301
P.O.A.
Standard
1
Technical Document
Specifications
Brand
TDKInductance
19 μH
Maximum DC Resistance
700mΩ
Length
40mm
Depth
44mm
Height
0.62mm
Dimensions
40 x 44 x 0.62mm
Maximum Self Resonant Frequency
100kHz
Lead Pitch
3.5mm
Series
Rx
Country of Origin
Taiwan, Province Of China
Product details
TDK Wireless Charging coil - Rx Series
Current charging technologies make it impossible to charge devices of different brands from a single energy source. This technology is aimed at the wireless charging of mobile electronic devices such as mobile telephones or mobile cameras.
Charging through wired power chargers is replaced simply by placing the device onto the charging surface on a multi-use charging station, where the device on the charging surface is charged through magnetic induction. The interface guarantees the compatibility of the devices so that every device, independent of manufacturer or brand, can be charged on the charging surface.
The transmit and receive coils are inductively coupled, meaning the AC current in the transmit coil generates a magnetic field which induces a voltage in the receive coil to power a device. The magnetic field between the coils is highly concentrated, exposing the user to only a small leakage field which is further minimized by an EMI shield on the back of the coil.